True Track
The more precise a result, the smaller will be the standard deviation of the data the result is based upon.
No, average deviation cannot be negative. Deviation is a representation of differences between numbers. A difference is always an absolute value, so the number cannot be negative (even though subtracting the deviation from an average may result in a a negative result).
Yes. Consider the definition of the standard deviation. It is the square root of the variance from the mean. As a result, it can be said that the standard deviation is dependent on the mean.
Assuming var is variance, simply square the standard deviation and the result is the variance.
absolute deviation is a difference between say two numbers. The result has the same units as the two numbers have. Relative deviation is a ratio and so it is a pure number without any units.
out of operational necessity
A single observation, such as 50486055535157526145 cannot have a standard deviation cube test compressive result.
16.5 is 1 standard deviation from the mean. If you add the mean of 14 to the 1 standard deviation of 2.5, the result is 16.5.
Compass error refers to the difference between the actual magnetic heading of a compass and the heading it indicates. It can be caused by various factors such as magnetic interference from the ship or aircraft it is installed on, deviation due to metal objects nearby, or variation caused by the difference between true north and magnetic north. Compass error needs to be regularly assessed and corrected to ensure accurate navigation.
by using the compass you can accurately get the result
In a data sample, the purpose of quartile deviation is a way to measure data dispersion instead of using the range. The quartile deviation is found by subtracting the lower quartile from the upper quartile, and dividing this result by two.
Deviation can destroy cell, causing death/mutation.